the union of learning, environmental science and architecture how can a building support learning...

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nion of Learning, Environmental Science and Archite nion of Learning, Environmental Science and Archite can a building support learning about architecture can a building support learning about architecture ironmental science? ronmental science? The systematized knowledge derived from observation, study and experimentation carried out in order to determine the nature and underlying principles of what is being studied. The art and science of buildin Learning Technologies Pedagogy The People The Physical Environment

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Page 1: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

The union of Learning, Environmental Science and ArchitectureThe union of Learning, Environmental Science and Architecture

How can a building support learning about architecture and How can a building support learning about architecture and environmental science?environmental science?

The systematized knowledgederived from observation,

study and experimentation carried

out in order to determine the

natureand underlying principles of

what is being studied.

The art and science of building

Learning Technologies

Pedagogy

The People

The Physical Environment

Page 2: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

A School that TeachesA School that Teaches

Active SOLAR Collectors

VIRGINIA TECHCOLLEGE OF ARCHITECTURE

& URBAN STUDIES

Labs for the 21st centurySponsored by: U.S. Environmental Protection AgencyU. S. Department of Energy

High Performance School Case Study:

Center for High Performance Learning Environments

CHPle Home

Smith School Home

Rashkis Elementary Home

Science experiments and data collection

Reveals its constructionand systems

Asks questions through itself

A connection to the environment A demonstration of environmental principles

Page 3: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

VIRGINIA TECHCOLLEGE OF ARCHITECTURE& URBAN STUDIES

Sponsored by: U.S. Environmental Protection AgencyU. S. Department of Energy

Center for High Performance Learning Environments

INEGRATION PATTERNS FOR LEARNING INEGRATION PATTERNS FOR LEARNING TECHNOLOGIESTECHNOLOGIES

What do Teachers Want?What do Teachers Want?

Page 4: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

Data GatheringData Gathering

0

5

10

15

20

25

Totalnumber ofParticipantsInitial web-

survey Imagenarration

InterviewedGraphic

illustrationFollow-upweb-survey

Page 5: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized
Page 6: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

DESIGN ISSUES

-Access

-Flexibility

-Floor Area

-Connection “Supporting Spaces”

TEACHING MODES

-Individual

-Group Instruction

-Collaborative

Page 7: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

Learning Technologies

Pedagogy

The People

The Physical Environment

Four Components of Learning Environments Four Components of Learning Environments

Research Goal

A Pattern Language for Integrating Learning Technologies Within the Classroom Physical Boundaries as They Pertain to Occupants’

Visual Performance

Page 8: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

Learning Technologies/ The Physical Environment Learning Technologies/ The Physical Environment

Variables Influencing the Visual Environment:

-LocationLocation

-AccessAccess

-MobilityMobility

-Layout Layout

-FlexibilityFlexibility

-Natural Lighting

-Artificial Lighting

-Orientation

Page 9: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

Variables Influencing the Visual Environment:

-Location

-Access

-Mobility

-Layout

-Flexibility

-Natural LightingNatural Lighting

-Artificial LightingArtificial Lighting

-Window TreatmentsWindow Treatments

-Orientation

Learning Technologies/ The Physical EnvironmentLearning Technologies/ The Physical Environment

Page 10: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

Learning Technologies/Pedagogy Learning Technologies/Pedagogy Variables Influencing the Visual Environment:

-Discipline

-Teaching Modes/ActivitiesTeaching Modes/Activities

-Individual Versus Group LearningIndividual Versus Group Learning

-Frequency of Use

-Physical Access

-Visual Access

Page 11: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

Learning Technologies/Pedagogy Learning Technologies/Pedagogy Variables Influencing the Visual Environment:

-DisciplineDiscipline

-Teaching Modes/Activities

-Individual Versus Group Learning

-Frequency of Use

-Physical Access

-Visual Access

Page 12: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

Learning Technologies/Pedagogy Learning Technologies/Pedagogy

Variables Influencing the Visual Environment:

-Discipline

-Teaching Modes/Activities

-Individual Versus Group Learning

-Frequency of Use Frequency of Use

-Physical AccessPhysical Access

-Visual AccessVisual Access

Page 13: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

Learning Technologies/OccupantsLearning Technologies/Occupants

Variables Influencing the Visual Environment:

-Number of Students in Learning Groups

-Personal Preference

-MonitoringMonitoring

-Patterns of Use/ Movement PatternsPatterns of Use/ Movement Patterns

Page 14: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

Learning Technologies/OccupantsLearning Technologies/Occupants

Variables Influencing the Visual Environment:

-Number of Students in Learning Groups

-Personal PreferencePersonal Preference

-Monitoring

-Patterns of Use/ Movement Patterns

Page 15: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

Learning Technologies/OccupantsLearning Technologies/Occupants

Variables Influencing the Visual Environment:

-Number of Students in Learning Groups

-Personal Preference

-MonitoringMonitoring

-Patterns of Use/ Movement Patterns

Page 16: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

Christopher Alexander’s Pattern Language

For building construction

•Patterns of events

•Patterns of space

Page 17: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

Fielding-Nair pattern for advisory-based small learning community

Page 18: The union of Learning, Environmental Science and Architecture How can a building support learning about architecture and environmental science? The systematized

Decision-making factors Decision-making factors

• Personal/individual preferences • Teaching learning modes/activities• Supporting spaces and storage/Spatial

proportions• Activity patterns (wet area/demonstration

area/lecture area/…)• Comfort with/preferences of learning

technologies

• Mostly… high flexibility of learning space